
Riveted four-way bending section assembly OD7.8*ID7.2*L280mm
Riveted four-way bending section assembly OD7.8*ID7.2*L280mm
Precision metal component made to your drawings for endoscopy and interventional devices. Contact us for material, tolerance and OEM requirements.
- ISO 13485
- Low MOQ
- Quick Respond
- Samples in 7–15 Days
Product Description
Riveted Four-Way Snake Bone Assembly OD7.8ID7.2L280mm
Product Overview
This riveted four-way bending section assembly is the core steering component of medical flexible endoscopes. It uses a precision riveting forming process, with firm joint connections that do not loosen. Combined with a standard minimally invasive tube diameter and an extended bending stroke, it supports flexible four-way full-angle steering, with strong overall stability and high consistency, making it suitable for precision assembly of complete endoscope systems and long-term stable use.
Specifications
Outer diameter: 7.8mm, standard minimally invasive tube diameter, excellent channel passage
Inner diameter: 7.2mm, large lumen design, can accommodate multi-functional components such as imaging, light guide, water/air, and biopsy
Bending length: 280mm, extended bending stroke, meeting the needs of large-range and deep-cavity exploration
Bending mode: four-way full-angle bending (full-range steering up, down, left, and right)
Process: Precision Riveting Forming
2: Standard minimally invasive size: 7.8mm universal outer diameter, suitable for most minimally invasive diagnosis and treatment scenarios, with smooth and gentle intervention.
5: Extended working stroke: 280mm bending length, wider exploration range, suitable for deep-cavity detection.
Product Advantages
Stable riveted reinforcement, large lumen and high integration, extended bending stroke, four-way full-range steering, durable and stable, suitable for precision assembly.
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An ISO13485-certified company with a class-10,000 cleanroom, offering one-stop laser machining for endoscope bending sections, hypotubes and semiconductor precision components — from design optimization to volume delivery.